• Develop or improve roads synthesis advanced organic chemistry using clean technologies, including catalysis and biotechnology,
• Control of alternative methods of synthesis in green chemistry to go to the process,
• Design and develop (bio) processes (design and equipment selection)
• Pilot production units chemical or biological
• Assess the impacts / environmental gains associated with transformation (bio) chemical
• Master key transformations agricultural resources (plant chemistry) leading to the development of bioproducts and biomaterials, with an approach to eco-design,
• Acquire an understanding of methods of prevention and treatment of pollution
• Manage a project and work in multidisciplinary teams.

• Develop or improve roads synthesis advanced organic chemistry using clean technologies, including catalysis and biotechnology,
• Control of alternative methods of synthesis in green chemistry to go to the process,
• Design and develop (bio) processes (design and equipment selection)
• Pilot production units chemical or biological
• Assess the impacts / environmental gains associated with transformation (bio) chemical
• Master key transformations agricultural resources (plant chemistry) leading to the development of bioproducts and biomaterials, with an approach to eco-design,
• Acquire an understanding of methods of prevention and treatment of pollution
• Manage a project and work in multidisciplinary teams.

Scholarships M2none

M2 urlnone

Period 1

September - JanuaryLanguageHours*Credits*

or

Core

Biomass transformationen80.008.00

Catalysis for biomass, energyen30.003.00

white biotechnologyfr120.0011.00

projectfr150.008.00

Period 2

January - JulyLanguageHours*Credits*

or

Core

INDUSTRIAL TRAINING PERIOD fr400.0030.00

* The number of course hours may be subjected to slight variations.
* More informations about ECTS credits.